![]() ![]() iExec leverages a set of research technologies that have been developed at INRIA and CNRS in the field of Desktop Grid computing (aka Volunteer Computing). IExec provides the SMI / SME and individuals a scalable, secure and easy access to the application, the data-sets and the computing resources they need. L4 derives from the academic literature on contract formalization, everything is opensource and we invite feature requests and contributors to define and create what will become "SQL for contracts".įully Distributed Cloud Thanks to the Ethereum Blockchain Functional languages are well-suited for this kind of formal verification, and we developing L4 in Haskell. The compiler will be responsible for static analysis of the contracts and automated detection of several classes of errors, including: inconsistency, inompleteness, goal satisfaction, and policy compliance. This means the DSL natively expresses obligations, permissions, prohibitions, and other contractual concepts in a way that computers can easily reason about. Our DSL, L4, doesn’t simply fill templates, it fulfills the Curry–Howard correspondence between computer programs and mathematical proofs, i.e., what functional languages do for the □-calculus, the DSL will do for the deontic modal μ-calculus. We propose the creation of a domain-specific-language (DSL) for (smart) contracts are consistent, correct, and complete. This application was solicited by Maria Paula.ĭesigns for the L4 Contract Programming Language Based on Deontic Modal Logic It will explore how it is different from what came before, and consider some implications for the future. This presentation will be based on this chapter draft: It will argue that blockchain tech, because it is both digital and durable, is a truly novel sort of media technology. The Toronto school gives us tools for thinking about the nature of this pending change in detail, such as McLuhan's work on 'warm and cool' media and Innis' work on 'time binding vs. But little thought has been given to exactly whatkind of transformations we're talking about. Instead, they were fundamental re-fashionings of the core of human life, changing the speed, size, and internal dynamics of society itself.Similar transformative potential has been claimed for blockchain technology, specifically for its ability to create unique, non-duplicable data objects. For them, innovations like the telegraph and railroad were not merely faster ways of transmitting the same messages that had ridden horseback a century earlier. The so-called Toronto School media theorists, including Harold Innis, Walter Ong, and, most famously, Marshall McLuhan, pioneered a new way of thinking about media and communication technology. ![]()
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